a) \(ρ_p=\frac{\sigma_p^2}{2σ_{Gauge}^2}\)
b) \(ρ_p=\frac{\sigma_{gauge}^2}{σ_{Total}^2}\)
c) \(ρ_p=\frac{\sigma_P^2}{σ_{Gauge}^2}\)
d) \(ρ_p=\frac{\sigma_{gauge}^2}{2σ_{total}^2}\)
The gauge capability ratio ρM is expressed as ____________
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The gauge capability ratio ρM is expressed as ____________
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